Niyazi Bulut is a computational and theoretical chemist specializing in quantum scattering, molecular spectroscopy, functional materials and chemical reaction dynamics. His research focuses on the electronic structure and dynamical behavior of molecular systems using high-level ab initio methods, including coupled-cluster theory (CCSD(T)), multireference configuration interaction (MRCI), and density functional theory (DFT). He obtained his Ph.D. in Theoretical Chemistry from Firat University, where he developed expertise in quantum mechanical methods for studying intermolecular interactions and energy transfer processes. His work includes the investigation of potential energy surfaces (PES) for reactive and inelastic collision systems, with applications in astrochemistry and atmospheric science. Dr. Bulut has extensively studied ion-molecule reactions, metal-containing cationic complexes, and the spectroscopic properties of transient molecular species. Throughout his career, Dr. Bulut has conducted research at numerous prestigious institutes and universities worldwide, fostering international collaborations and advancing computational methodologies in theoretical chemistry. His visits to University of Maryland/USA, Universidad Complutense de Madrid/Spain, CSIC/Spain, Copernicus University/Poland, Gdansk Technical University/Poland, University of Bordeaux/France University of Rennes/France and several other leading research centers have contributed to cutting-edge developments in molecular modeling and reaction dynamics. His recent work extends to heterogeneous catalysis, where he investigates the role of molybdate-substituted hydroxyapatite in selective oxidation reactions. Additionally, he explores the design and computational modeling of functional materials, including doped semiconductors for optoelectronic applications and bioactive ceramic composites for biomedical use. His research outputs are widely recognized, as reflected in an h-index of 27, with publications in leading theoretical chemistry and physical chemistry journals.